4 foot led explosion proof light: gas station safety lighting innovation to fix the program

Along with the increasingly stringent safety guidelines for gas stations around the world, 4 foot led explosion proof lights are becoming the preferred equipment for hazardous area lighting due to their professional design and innovative technology.

In this paper, we will analyze the 4 foot led explosion proof light in the gas station scenarios in the fundamental role, to help managers build a safer, more economical lighting system.

First, why gas stations must use 4 foot led explosion proof light

1.1 Special needs of high-risk environments

Gas station is a typical Class I Division 1 hazardous area, gasoline vapors mixed with air to form an explosive gas environment, posing serious safety hazards to ordinary lighting equipment. 4 foot led explosion proof light approves the following technology to implement intrinsic safety:

Fully sealed aluminum housing: IP66 protection level to prevent the intrusion of combustible gases.

Explosion-proof glass lens: 3mm tempered glass with silicone sealing ring

Temperature control technology: the surface temperature is always lower than T6 group [≤ 85 ℃].

1.2 Compulsory Requirements

International explosion-proof certification system [ATEX 2014/34/EU, IECEx] is clearly limited: in the explosion risk area must be used to approve the use of certified 4 foot led explosion proof light.

The U.S. NFPA 70 NEC Article 500 requires that the equipment must be labeled with hazardous area level marking.

Second, Amasly Lighting 4 foot led explosion proof light four core advantages

Adopting explosion-proof Ex d structure, when an electric arc or electric spark occurs inside:

Multi-layer heat dissipation fins will direct the explosion energy to the safe area special design pressure relief channel can release the pressure at high speed internal components approved 500 hours of salt spray test.

2.2 Significant energy saving and consumption reduction

Comparison with traditional metal halide lamps:

Parameter	Traditional 400W metal halide lamp	120W explosion-proof long strip light
Luminous efficiency	80lm/W	130lm/W
Annual power consumption	3500kWh	1050kWh
Maintenance cycle	6-8 months	5 years or more

2.3 Intelligent control system

A new generation of explosion-proof long strip light integrated:

DALI dimming system [30%-100% stepless adjustment] microwave radar sensing [detection distance of 8-12 meters] emergency lighting module [3 hours of continuous power supply after power failure].

Third, the gas station 4 foot led explosion proof light selection points

3.1 Certification verification

Check the product explosion-proof certificate number [such as CNEx19.XXX] to confirm that the protection level of at least IP65 to verify that the temperature group is in line with the requirements of the T3-T6

3.2 Optical parameter matching

Select according to the needs of different areas of the gas station:

Fueling area: color temperature 5000K, illuminance 150-200lux

Tank area: anti-corrosion coating, equipped with power supply interface

Convenience store: high color rendering index Ra>80

3.3 Installation specification requirements

Refer to GB50058-2014 guidelines:

Lamps and gas pumps horizontal distance ≥ 1.5m lifting height of 4-6 meters junction box must be used explosion-proof glands

Fourth. Typical application case analysis

4.1 A multinational oil company transformation project

Replacement of 256 sets of traditional lamps and lanterns for the LED 4 foot led explosion proof lamp annual electricity expenditure reduced by $ 28,000 maintenance costs reduced by 73%.

4.2 Coastal gas station corrosion prevention program

The use of 316L stainless steel shell nano-coating anti-salt spray technology inclined drainage structure design

Fifth. Future technology development momentum

5.1 Internet of Things Integration

Approval of LoRaWAN implementation of remote monitoring fault automatic warning system energy consumption data visualization and analysis

5.2 New Energy Integration

Photovoltaic integration explosion-proof lamps and lanterns super capacitor energy storage technology wind and solar complementary power supply system